Faculty

Institution

Unit

Venue

Omeed Momeni

Professor

University of California, Davis

Affiliations

College of Engineering

Electrical and Computer Engineering

Integrated Circuits and Systems

Rf-to-thz Electronics and Waves

Omeed Momeni is currently serving as a College Of Engineering Professor at University of California, Davis.

Honors

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Experiences

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Education

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Omeed Momeni

University of California, Davis

Professor

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electrical engineering microwave technology power electronics electronics optoelectronics microwave engineering engineering applied physics microelectronics semiconductors solid-state electronics millimeter wave technology radio frequency semiconductor technology semiconductor devices computational electromagnetics digital signal processing instrumentation vlsi technology power semiconductor devices computer engineering terahertz photonics frequency control transmission wireless communications rf subsystem microwave measurement communications systems vlsi circuit environmental technology sensor arrays solid-state lighting printed electronics microwave transmission sige bicmos particle beam microarchitecture precision engineering lightwave technology electromagnetic compatibility genome biology mobile computing greenhouse gas control power generation power engineering filter design electronic engineering mixed-signal integrated circuits electronic circuits reconfigurable architectures lattice theory transmission system fpga design laser science clock recovery chip-scale package microwave antennas radar signal processing compressive sensing ultra-wideband communication intermittently connected device high power terahertz millimeter-wave oscillator design coupled oscillators power gain boosting peak output power broadband mm-wave thz frequency synthesizer harmonic positive feedback wideband radiator array frequency synthesizer ghz amplifier low-noise millimeter-wave sspll harmonic oscillators standing-wave architecture phased-array applications terahertz technique terahertz science wide band technology

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Design and Implementation of Iot-Enabled Device for Real-Time Monitoring of Greenhouse Gas Emissions, and Pressure in Anaerobic Reactors. IEEE Access (2024)

Aditya PandeyOmeed MomeniPramod Pandey

technologymobile computingwearable technologyenvironmental sciencesmart sensorsdronesenvironmental monitoringiot-enabled devicemonitoring technologyiot systemanaerobic reactorsinternet of thingssystems engineeringwireless sensor networksiot data managementiot data analyticsgreenhouse gas controlinformation technologyvehicular technologyenvironmental technology

Development of a Novel Microwave Powered Method for Reducing Moisture and Microbes for Mitigating Public and Environmental Health Risks. IEEE Journal of Microwaves (2024)

Aditya PandeyOmeed MomeniPramod Pandey

water qualityapplied microbiologyenvironmental sciencemicrowave measurementpublic healthantimicrobial resistancenovel microwaveantibioticsclean watermicrowave technologyclean technologymicrobial risk assessmentenvironmental engineeringwater consumptionmicrowave engineeringenvironmental microbiologymicrobial ecologyenvironmental technologyhuman exposureenvironmental health risks

Frontier System-On-Chip (Soc) Technology for Microwave Diagnostics (Invited). Review of Scientific Instruments (2024)

Ying ChenPin-Jung ChenRobert HuYilun ZhuJo-Han YuA.-V. PhamOmeed MomeniCalvin DomierJon DannenbergXiaoliang LiGuanying YuNeville Luhmann

technologysystem on chipmicrowave diagnosticsmicrowave engineeringanalytical instrumentationmicrowave technologymicrowave measurementinstrumentationfrontier system-on-chip

Quantitative Analysis of Genomic Dna Degradation of E. Coli Using Automated Gel Electrophoresis Under Various Levels of Microwave Exposure. Gels (2024)

Aditya PandeyOmeed MomeniPramod Pandey

genomicsgenome biologymicrowave exposurequantitative microbiologygenomic dna degradationquantitative analysisecologymicrobiologyautomated gel electrophoresis

A 200-Ghz Power Amplifier With 18.7-Dbm P Sat in 45-Nm Cmos Soi: A Model-Based Large-Signal Approach on Cascaded Series-Connected Power Amplification. IEEE Journal of Solid-State Circuits (2023)

Saleh HassanzadehyamchiAmirreza AlizadehAli M. NiknejadOmeed Momeni

power semiconductor devicessemiconductor devicescomputer engineeringseries-connected power amplificationelectronicssemiconductorselectrical engineeringmicroelectronicspower electronicssemiconductor technologyengineering

A 5–10-Ghz Highly Configurable Ieee 802.15.4A/4Z-Compatible Ir-Uwb Coherent Transmitter in 28-Nm Cmos. IEEE Microwave and Wireless Technology Letters (2023)

Li ZhangNguyen L. K. NguyenJingjun ChenXiaoguang LiuOmeed Momeni

technologyvlsi technologyintermittently connected devicecomputational electromagneticscommunications systemswireless communicationsradio frequencymicrowave engineeringmicrowave transmissionelectrical engineeringtransmissionmicrowave technologyelectromagnetic compatibilityapplied physicsoptoelectronicsmillimeter wave technology

A Highly Accurate and Sensitive Mmwave Displacement-Sensing Doppler Radar With a Quadrature-Less Edge-Driven Phase Demodulator. IEEE Journal of Solid-State Circuits (2023)

Hao WangHamidreza AfzalOmeed Momeni

systems engineeringvlsi technologycompressive sensingdigital signal processingsolid-state electronicselectronicselectrical engineeringmicroelectronicspower electronicsradar signal processingapplied physicsmicrowave antennasoptoelectronicsmillimeter wave technologysemiconductor technologyvlsi circuit

A Highly Efficient 165-Ghz 4Fsk 17-Gb/S Transceiver System With Frequency Overlapping Architecture in 65-Nm Cmos. IEEE Journal of Solid-State Circuits (2023)

Hamidreza AfzalCheng LiOmeed Momeni

power semiconductor devicessemiconductor devicesradio frequencysolid-state electronicselectronicssemiconductorspower electronicselectrical engineeringmicrowave technologysemiconductor technologyengineering

Broadband Antenna Design for Terahertz Communication Systems. IEEE Access (2023)

Md Hedayatullah MaktoomiSoheil SaadatOmeed MomeniPayam HeydariHamidreza Aghasi

antennasmicrowave technologyelectrical engineeringbroadband antenna designterahertz communication systems

D-Band Active Transmission Line With 33-Ghz Bandwidth and 13-Db Gain at F Max/2. IEEE Transactions on Microwave Theory and Techniques (2023)

Amirreza AlizadehSaleh HassanzadehyamchiArya MoradiniaAta Sarrafi NazhadMilad FrounchiOmeed MomeniAli M. NiknejadJohn D. CresslerSayfe Kiaei

transmission linemicrowave engineeringradio frequencymicrowave transmissionmicrowave technologyelectrical engineeringtransmission

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Omeed Momeni

Professor

University of California, Davis

Affiliations

College of Engineering

Electrical and Computer Engineering

Integrated Circuits and Systems

Rf-to-thz Electronics and Waves

Omeed Momeni is currently serving as a College Of Engineering Professor at University of California, Davis.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Omeed Momeni

University of California, Davis

Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Design and Implementation of Iot-Enabled Device for Real-Time Monitoring of Greenhouse Gas Emissions, and Pressure in Anaerobic Reactors. IEEE Access (2024)

Aditya PandeyOmeed MomeniPramod Pandey

Development of a Novel Microwave Powered Method for Reducing Moisture and Microbes for Mitigating Public and Environmental Health Risks. IEEE Journal of Microwaves (2024)

Aditya PandeyOmeed MomeniPramod Pandey

Frontier System-On-Chip (Soc) Technology for Microwave Diagnostics (Invited). Review of Scientific Instruments (2024)

Ying ChenPin-Jung ChenRobert HuYilun ZhuJo-Han YuA.-V. PhamOmeed MomeniCalvin DomierJon DannenbergXiaoliang LiGuanying YuNeville Luhmann

technologysystem on chipmicrowave diagnosticsmicrowave engineeringanalytical instrumentationmicrowave technologymicrowave measurementinstrumentationfrontier system-on-chip

Quantitative Analysis of Genomic Dna Degradation of E. Coli Using Automated Gel Electrophoresis Under Various Levels of Microwave Exposure. Gels (2024)

Aditya PandeyOmeed MomeniPramod Pandey

genomicsgenome biologymicrowave exposurequantitative microbiologygenomic dna degradationquantitative analysisecologymicrobiologyautomated gel electrophoresis

A 200-Ghz Power Amplifier With 18.7-Dbm P Sat in 45-Nm Cmos Soi: A Model-Based Large-Signal Approach on Cascaded Series-Connected Power Amplification. IEEE Journal of Solid-State Circuits (2023)

Saleh HassanzadehyamchiAmirreza AlizadehAli M. NiknejadOmeed Momeni

A 5–10-Ghz Highly Configurable Ieee 802.15.4A/4Z-Compatible Ir-Uwb Coherent Transmitter in 28-Nm Cmos. IEEE Microwave and Wireless Technology Letters (2023)

Li ZhangNguyen L. K. NguyenJingjun ChenXiaoguang LiuOmeed Momeni

A Highly Accurate and Sensitive Mmwave Displacement-Sensing Doppler Radar With a Quadrature-Less Edge-Driven Phase Demodulator. IEEE Journal of Solid-State Circuits (2023)

Hao WangHamidreza AfzalOmeed Momeni

A Highly Efficient 165-Ghz 4Fsk 17-Gb/S Transceiver System With Frequency Overlapping Architecture in 65-Nm Cmos. IEEE Journal of Solid-State Circuits (2023)

Hamidreza AfzalCheng LiOmeed Momeni

Broadband Antenna Design for Terahertz Communication Systems. IEEE Access (2023)

Md Hedayatullah MaktoomiSoheil SaadatOmeed MomeniPayam HeydariHamidreza Aghasi

antennasmicrowave technologyelectrical engineeringbroadband antenna designterahertz communication systems

D-Band Active Transmission Line With 33-Ghz Bandwidth and 13-Db Gain at F Max/2. IEEE Transactions on Microwave Theory and Techniques (2023)

Amirreza AlizadehSaleh HassanzadehyamchiArya MoradiniaAta Sarrafi NazhadMilad FrounchiOmeed MomeniAli M. NiknejadJohn D. CresslerSayfe Kiaei

transmission linemicrowave engineeringradio frequencymicrowave transmissionmicrowave technologyelectrical engineeringtransmission

1
2
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5
6
10 / page

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